1. Optimize the fermentation process: The automatic control system monitors the temperature, humidity and oxygen content in the fermentation process in real time through intelligent sensors, and automatically adjusts the ventilation volume and the stacking frequency to ensure the efficient fermentation process and reduce energy waste.
2. Precise dosing and mixing: The automatic dosing system can precisely control the proportion of various raw materials added, reducing energy waste caused by inaccurate dosing. At the same time, by optimizing the mixing process, the raw materials can be evenly mixed and the fermentation efficiency can be improved.
3. Waste heat recovery and utilization: The waste heat generated in the drying process can be recovered through the heat exchanger for preheating raw materials or heating water required for other production links to improve energy efficiency.
4. Low energy consumption equipment: Choose efficient and energy-saving motors and transmission systems to reduce the energy consumption of
organic fertilizer equipment during operation. For example, the use of variable frequency motors can adjust the speed according to actual needs, further reducing energy consumption.
5. Environment-friendly design: The equipment adopts closed operation to reduce the emission of dust and odor, and is equipped with waste gas treatment device to reduce the impact on the environment.
6. Automatic packaging and storage: Automatic packaging system can automatically weigh and package organic fertilizer according to the set weight, reduce manual operation, improve packaging speed and accuracy, and reduce energy consumption.
Through the above measures, the automatic control of organic fertilizer production line can not only significantly reduce energy consumption, but also improve production efficiency and product quality, and promote the sustainable development of organic fertilizer industry.
